Kontron ePanel-C3 User manual

Kontron Embedded Modules GmbH
Marschnerstieg 7
22081 Hamburg / Germany
Fon : [phone]
Fax : [phone]
http://www.kontron-emea.com
Technical Manual
ePanel-C3

Technical Manual ePanel-C3 Version 1.04
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1. TABLE OF CONTENTS
1. TABLE OF CONTENTS ............................................................................................................................2
1.1. User Information...............................................................................................................................3
1.2. Trademarks......................................................................................................................................3
1.3. General ............................................................................................................................................3
1.4. Warranty..........................................................................................................................................3
1.5. Support, problems and failure analysis.............................................................................................4
2. INTRODUCTION .......................................................................................................................................5
2.1. Kontron ePanel-Concept...................................................................................................................5
2.2. ePanel-C3........................................................................................................................................6
3. FEATURES................................................................................................................................................7
4. RESOURCE LIST AND I/O MAP...............................................................................................................9
5. CONNECTOR LOCATIONS AND PINOUTS...........................................................................................10
5.1. Connectors.....................................................................................................................................10
5.2. Connector pinouts ..........................................................................................................................12
5.3. Connector pinouts ..........................................................................................................................13
5.4. Connector pinouts ..........................................................................................................................15
5.5. Connector pinouts ..........................................................................................................................16
5.6. Pin descriptions..............................................................................................................................17
6. BIOS-DESCRIPTION...............................................................................................................................28
6.1. The Setup Guide............................................................................................................................28
6.2. BIOS Update..................................................................................................................................55
6.3. Power Management........................................................................................................................56
6.4. Important Information on LINUX.....................................................................................................56
7. HARDWARE DESCRIPTION...................................................................................................................57
7.1. Memory configuration.....................................................................................................................60
7.2. Compact Flash Socket (True IDE compatible)................................................................................60
7.3. Ethernet 10BASE-T/100BASE-TX LAN...........................................................................................60
7.4. Smart battery charger.....................................................................................................................60
7.5. Video Input / Output .......................................................................................................................60
7.6. Wide range DC power supply.........................................................................................................61
7.7. PC-Card Interface ..........................................................................................................................61
7.8. Flatpanel Interface..........................................................................................................................61
7.9. Backlight control and power supply.................................................................................................61
7.10. Touch Interface..............................................................................................................................62
8. JUMPER SETTINGS...............................................................................................................................63
9. MECHANICAL DIMENSIONS..................................................................................................................65
10. EVALUATION I/O-ADAPTERS................................................................................................................67
11. SPECIFICATIONS...................................................................................................................................69
11.1. Mechanical specifications...............................................................................................................69
11.2. Electrical specifications..................................................................................................................69
11.3. Environmental specifications..........................................................................................................69
12. LITERATURE, STANDARDS, LINKS......................................................................................................70
12.1. ISA-Bus, standard connectors.........................................................................................................70
12.2. PCI specifications...........................................................................................................................70
12.3. RS232C..........................................................................................................................................70
12.4. USB ...............................................................................................................................................70
12.5. Smart Battery System Specification ( SBS )...................................................................................70
13. DOCUMENT REVISION HISTORY..........................................................................................................71

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1.1. User Information
Copyright 2004-2006 Kontron Embedded Modules GmbH
In this document Kontron Embedded Modules GmbH will also be referred to by the short form "Kontron".
The information in this document has been carefully checked and is believed to be accurate and reliable.
However, no responsibility is assumed for inaccuracies. Furthermore, Kontron reserves the right to make
changes to any portion of this manual to improve reliability, function or design. Kontron does not assume any
liability for any product or circuit described herein.
1.2. Trademarks
AT and IBM are trademarks of International Business Machines.
XT, AT, PS/2 and Personal System/2 are trademarks of International Business Machines Corporation.
Microsoft is a registered trademark of Microsoft Corporation.
Intel is a registered trademark of Intel Corporation.
All other products and trademarks mentioned in this manual are trademarks of their respective owners.
1.3. General
For the circuits, descriptions and tables indicated no responsibility is assumed as far as patents or other rights
of third parties are concerned. The information in the chapter Technical Descriptions describes the type of the
boards and shall not be considered as assured characteristics.
The reproduction, transmission or use of this document or its contents is not permitted without expressed
written authority. Offenders will be liable for damages. All rights created by patent grant or registration of a
utility model or design, are reserved.
(c) Kontron Embedded Modules GmbH 2004-2006
1.4. Warranty
Each board is tested carefully and thoroughly before being shipped. If, however, problems should occur during
operation, please check your user specific settings of all boards included in your system. This is often the
source of problems due to resource conflicts. If a board is defective, it can be sent to your supplier for repair.
Please take care of the following steps:
1. The board returned should have the factory default settings since a test is only possible with these
settings.
2. In order to repair your board as fast as possible we require some additional information from you
(detailed description of how and when did the problem occur, what is exactly the problem and so
on).
3. Upon receipt of returned boards please be aware that your user specific settings could have been
changed during repair.
Within the warranty period the repair is free of charge as long as the warranty conditions are observed.
Because of the high test expenditure you will be charged with the test cost if no fault is found. Repair after the
warranty period will be charged.
This Kontron product is warranted against defects in material and workmanship for the warranty period from
the date of shipment. During the warranty period Kontron will at its option either repair or replace defective
products.
For warranty service or repair the product must be returned to a service facility designated by Kontron.
The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance or hand-
ling by buyer, unauthorized modification or misuse, operation outside of the product’s environmental
specifications or improper installation or maintenance.
Kontron will not be responsible for any defects or damages to other products not supplied by Kontron that are
caused by a faulty Kontron product.

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1.5. Support, problems and failure analysis
It is not in the responsibility of Kontron to provide you with information on standard PC technology. Please find
a selection of different information sources for your convenience in chapter Literature, standards, links.
Before contacting Kontron please check first our web page for available information (newest manuals,
application notes etc.). If you can't solve the problem on your own with this documents, do not hesitate to
contact us by email or phone. Please prepare yourself to answer a few questions like
•which Kontron module(s) is(are) concerned?
•what serial numbers (xx???????)?
•what BIOS versions?
•since when is this problem known
•is this problem already reported (to whom?)
•and so on...

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2. INTRODUCTION
2.1. Kontron ePanel-Concept
Time is something no one has enough. „Short time-to-market“ is a nightmare everybody suffers from. A new
concept promises a lot of advantages, but how to use them in a non existent time span? Especially embedded
boards are not always easy connectable, think of tangling cables or missing adapters. Kontron recognized this
problem and developed the ePanel, a platform for OEM and ODM. Its main benefit is the high integration of
mobile accessories and components in conjunction with mechanical fit and function. To build a mobile
computer, just use a battery, TFT display, inverter and housing and you‘re set. Now system design and
application development gets a great boost forward. Others still look for adapters while your project already
started.
In order to stay close to state-of-the-art computer technologies of the desktop PC market, the ECT business
(Embedded Computer Technology) demands adequate processor performance for many applications. There
are many standards for CPU boards with a lot of advantages or restrictions. Unfortunately none of these pro-
ducts care about the increasing customer specialization. A board, which fits exactly into a system, is nearly
impossible to find but ePanel fits nearly for all mobile and space critical applications. Only a customized mo-
dule will fulfill all requirements. But away from standard products, a customer has to tolerate long development
cycles and costly problems with quick replacements or easy upgrades. The way out of this situation has to join
two apparent opposites. The task is to create a customized PC board out of standard parts. Obviously the
solution has to be modular. The answer of Kontron for the mobile business: ePanel.
Quick integration and nevertheless standard PC technology.
The ePanel-C3 is a complete Pentium
®
III class PC with standard interfaces including USB and additional
options such as Sound capabilities, PC-Card, Touch & Matrix controller, TV-In-and Output, Flatpanel interface,
and 100 MBit Ethernet, etc.
Smallest Dimensions to meet smallest space requirements.
With 252 cm
2
the ePanel-C3 uses only a little more space compared to a current slot CPU, which needs 219
cm
2
. But the most surprising fact is the module height. The ePanel-C3 measures only 21mm!
How about the ISA bus?
The only way to extend the capabilities of the board is to plug in PC-Cards or Mini-PCI-boards. No other bus
systems are supported.
There must be replacements or upgrades for future requirements.
Kontron will expand and improve this innovative and handy ePanel concept. New PC technologies will be
obtainable the same way as in other Kontron product families.
An ePanel board does not force you in excessive and expensive cabling. Only the really demanded interfaces
are linked to the corresponding connectors. The decision is up to you, which one you call for or which one to
skip. Evaluation adapters and kits are available.
The application requests low power Pentium
®
III performance.
Don‘t worry about that. Depending on OS and used options, the ePanel-C3 consumes between 12..19 Watts
depending on input voltage and CPU speed.
Finally the system passed all the tests and now?
Nothing special, just start mass production. Kontron knows about the short life cycles of PC products.
Therefore we secured by suitable methods, that longevity is one of the most excellent characteristics of the
ePanel family.

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2.2. ePanel-C3
The ePanel-C3 is an extreme compact VIA Eden based PC module with consistent low power design. It is now
possible to create modular systems, combining exchangeable CPU performance with systems, carrying only
the connectors and additional functions needed. This reduces development costs and speeds up application
design. Despite the very little board dimensions, the ePanel-C3 offers all standard interfaces such as Sound,
Ethernet, USB and Graphic. The fully compliant AC97 soundchip is supported by most operating systems. For
networking purposes the ePanel-C3 comes with a 10/100 MBit Ethernet controller which allows an easy
Intranet/Internet access. Total communication interfaces like 2 Serial TTL ports, an EPP/ECP Parallel port,
Floppy-interface, Touch & Matrix controller, TV-Input and optional TV-Output, three USB 2.0 ports, PC-Card
controller, 10/100 MBit Ethernet, Battery charger for smart batteries and a wide range DC Power supply. You‘re
looking for a secure and EMI tolerant boot medium? A compact flash socket for commercial CF-cards is
already integrated on the module. For further expansions one additional IDE port is available.

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3. FEATURES
•32 bit x86 processor
Available with VIA EDEN ESP3000 (300 MHz), ESP7000 (733 MHz) or ESP10000 (1 GHz) for low
power applications, internal L1 Cache 128 kB and 64 kB L2 Cache
•Chipset
VIA CLE266 North Bridge and VIA VT8235 SouthBridge
•Power supply
Wide range power supply: 8V DC up to 28V DC
Battery power supply with smart battery packs: 7V DC up to 18.4V DC
Integrated charging unit for batteries up to 18V
•Memory support, 64 bit DDR-RAM interface
One DDR-SO-DIMM socket max. 1 GB
•Two serial ports (COM1 and COM2)
TTL signals only
•One parallel port (LPT1)
EPP and ECP capability
•Floppy interface
Supports all standard densities
•EIDE PCI hard disk interface
2 x PCI Bus Master IDE ports (up to 3 IDE devices)
Compact Flash socket as Primary Master
44 pin IDE connector as Secondary Master/Slave
•Three USB 2.0 ports , OpenHCI specification compliant
USB Legacy support
USB Boot support
•PS/2 keyboard and PS/2 mouse
•IrDA interface
•512 kByte FLASH for BIOS
•Real Time Clock
•Keyboard Controller
•NV-Storage for CMOS-Setup
•Onboard Ethernet 10BASE-T/100BASE-TX LAN
VIA VT6103 10/100 MBit Controller

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•Onboard VGA/LCD controller
VIA CLE266 with integrated VIA AGP Castle Rock engine with MPEG-2 decoder and 16, 32 or 64
MB shared memory
Output:
Single VGA/CRT
1x TTL (FLEX32; 1x18 Bit)
2x LVDS (JILI or JILI 30; 2 x 24 Bit)
TV-Out (Composite-Video / S-Video)
Resolution: VGA up to UXGA
•Audio codec VIA VT1616 AC97, Line In, Line Out, Mic In
•Onboard compact flash socket for commercial Type II CF-cards (Master on Primary IDE)
•Onboard PC-Card socket for Wireless LAN, Bluetooth, ISDN or modem cards
•NTSC/PAL Philips SAA7118 multistandard video decoder with capture (max. 16 input)
•Power management, ACPI 1.0b / 2.0 compliant
•Onboard 4/5/8-wire touch controller
•Onboard 8x8 keyboard matrix controller

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4. RESOURCE LIST AND I/O MAP
IRQ # Used for available comment
0 Timer0 No
1 Keyboard No
2 Cascade No
3 COM2 Yes Note (1). Default: disabled
4 COM1 No Note (1)
5 PCI device No PCI interrupt. Note (2)
6 FDC No Note (1)
7 LPT1 No Note (1)
8 RTC No
9 Cascade / ACPI No
10 PCI device No PCI interrupt. Note (2)
11 PCI device No PCI interrupt. Note (2)
12 PS/2 Mouse Yes Note (1). Default: disabled
13 FPU No
14 IDE0 No Note (1)
15 IDE1 No Note (1)
DMA # Used for available comment
0 Yes
1 Yes
2 FDC No Note (1)
3 Yes
4 Cascade No
5 IrDA Yes Note (1). Default: disabled
6 Yes
7 Yes
Upper Memory used for Available comment
C0000h – CFFFFh VGA BIOS No
D0000h – DFFFFh Plug&Play Yes
E0000h – EFFFFh System-BIOS No
F0000h – EC000h System BIOS No
The I/O-port addresses of the ePanel-C3 are functionally identical with a standard PC/AT.
Following the additional I/O ports which are used on this board:
I/O addr. used for available comment
00-FF System devices (e.g. DMA, RTC, Keyboard) No
170-17F Secondary IDE No Note (1)
1F0-1F7 Primary IDE No Note (1)
278-28F LPT2 Yes Note (1)
2E8-2EF COM4 Yes Note (1)
2F8-2FF COM2 Yes Note (1). Default: disabled
378-37F LPT1 No Note (1)
3B0-3DF VGA No Note (3)
3E8-3EF COM3 Yes Note (1)
3F0-3F7 Disk controller No Note (1)
3F8-3FF COM1 No Note (1)
400-40F Reserved No
4D0-4D1 Reserved No
680-68F Reserved No
800-87F Reserved No
A40-A47 TVIn interface No
CF8-CFF PCI Configuration Address/Data No
E000-EFFF Reserved No
Note 1: if the ‘used for’-device is disabled in setup, the corresponding interrupt, DMA or I/O-address is available for other
devices.
Note 2: if the corresponding interrupt is set to "Reserved" it cannot be used anymore by the internal PCI device.
Note 3: this I/O-Range is only decoded in 10 bits. That means the register will be mirrored in the memory every 1024
bytes.

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5. CONNECTOR LOCATIONS AND PINOUTS
5.1. Connectors
Smart
Battery
DC Input
Backlight
Floppy Standard Port
Secondary Port VGA/Sound
Debug
JILI30
FLEX32
Fan
TV In/Out
Digital Video Input
Touch Panel
Secondary IDE
Find more detailed information about the connectors in chapter “5.2 Connector Pinouts”

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Mini
-
PCI
Find more detailed information about the connectors in chapter “5.2 Connector Pinouts”

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5.2. Connector pinouts
Pin-No. Smart Battery
Connector DC Input Connector Backlight Connector
Floppy
Connector Matrix Keyboard Connector Touch Panel Connector
4/5/8Wire
Debug
Connector Pin- No.
X2501 X2500 X1402 FDD1200 X2003 X2001 X2007 No.
Mirose DF3Z-
7P-2H Mirose DF3Z- 4P-2H Molex 53261- 0771 Molex 52271- 2679
Double row header -
Pitch 2mm, 2x10
con.
Double row header -
Pitch 2mm, 2x8
con.
Molex 53261-
1071
1 BAT+ +DCIN NC VCC5 GND GND GND 1
2 BAT+ +DCIN BKLT_ADJ INDEX# VCC3 YB +5VDUAL 2
3 BATT_SCL GND GND VCC5 KB_DO0 SYB +3V3DUAL 3
4 BATT_SDA GND BKLT_SW DR0# KB_DO1 GND VCC5 4
5 THM BKLT_SW VCC5 KB_DO2 YT VCC5 5
6 GND GND DSKCHG# KB_DO3 SYT DDC_SCL 6
7 GND BKLT_ON NC KB_DO4 GND DDC_SDA 7
8 NC KB_DO5 XL GND 8
9 NC KB_DO6 SXL VCC12 9
10 MTR0# KB_DO7 GND BCKBAT+ 10
11 NC GND XR 11
12 FDIR# VCC3 SXR 12
13 NC KB_DI0 GND 13
14 STEP# KB_DI1 TRB# 14
15 GND KB_DI2 TLB# 15
16 WDATA# KB_DI3 GND 16
17 GND KB_DI4 17
18 WGATE# KB_DI5 18
19 GND KB_DI6 19
20 TRK0# KB_DI7 20
21 GND 21
22 WRTPRT# 22
23 GND 23
24 RDATA# 24
25 GND 25
26 HDSEL# 26

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5.3. Connector pinouts
Pin-
No. Secondary IDE Connector TV-Out/In Connector
(SAA7118)
Flatpanel
(FLEX32)
Connector
Flatpanel (JILI)
Connector VGA/Sound Connector COM2/LPT1 Connector USB/COM1/ KEYB/PS2/
Ethernet
Connector
Pin-
No.
X1100 X2000 X1401 X1403 X2004 X2006 X2002 No.
Double row
header - Pitch
2mm, 2x22 con.
Molex 54132-4597 Molex 54132-
3297 Molex 54132- 4097 Molex 54132- 4097 Molex 54132- 3297 Molex 54132- 5097
1 IDE_RST# GND GND NC GND VCC5 VCC5 1
2 GND CVBS_IN1 (AI11) PCLK FTX0- AUX_L GND KBCLK 2
3 IDE_D7 GND PHS FTX0+ GND DSR2# KBDAT 3
4 IDE_D8 CVBS_IN2 (AI21) PVS FPVDD AUX_R DCD2# GND 4
5 IDE_D6 GND GND FTX1- GND DTR2# MDAT 5
6 IDE_D9 Y_IN1 (AI12) PR0 FTX1+ VLINE_L RTS2# MCLK 6
7 IDE_D5 GND PR1 NC GND CTS2# GND 7
8 IDE_D10 C_IN1 (AI22) PR2 FTX2- VLINE_R SIN2 DSR1# 8
9 IDE_D4 GND PR3 FTX2+ GND SOUT2 DCD1# 9
10 IDE_D11 Y_IN2 (AI31) PR4 GND CD_L RI2# DTR1# 10
11 IDE_D3 GND PR5 FTXC- GND GND RTS1# 11
12 IDE_D12 C_IN2 (AI41) GND FTXC+ CD_R AFD# CTS1# 12
13 IDE_D2 GND PG0 GND GND STB SIN1 13
14 IDE_D13 Y_IN3 (AI32) PG1 FTX3- MIC ERR# SOUT1 14
15 IDE_D1 GND PG2 FTX3+ GND PD0 RI1# 15
16 IDE_D14 C_IN3 (AI42) PG3 JILI_SDA LINE_L INIT# GND 16
17 IDE_D0 GND PG4 STX0- GND GND IRRX1 17
18 IDE_D15 RGB_SYNC1 (AI13) PG5 STX0+ LINE_R PD1 IRTX1 18
19 GND GND GND JILI_SCL GND SLIN# GND 19
20 NC RGB_GREEN1 (AI23) PB0 STX1- VCC5 PD2 VCC5 20
21 IDE_DRQ GND PB1 STX1+ VCC5 PD3 VCC5 21
22 GND RGB_BLUE1 (AI33) PB2 NC VCC5 GND VCC5 22
23 IDE_IOW# GND PB3 STX2- VCC5 PD4 VCC5 23
24 GND RGB_RED1 (AI43) PB4 STX2+ GND PD5 VCC5 24
25 IDE_IOR# GND PB5 GND VGA_GREEN PD6 VCC5 25
26 GND RGB_SYNC2 (AI14) GND STXC- GND PD7 OVRCUR# 26
27 IDE_IORDY GND PDE STXC+ VGA_BLUE GND GND 27
28 IDE_SEL RGB_GREEN2 (AI24) PANEL_VCC GND GND ACK# USB0+ 28
29 IDE_DACK# GND PANEL_VCC STX3- VGA_RED BUSY# USB0- 29
30 GND RGB_BLUE2 (AI34) R/L STX3+ GND PE GND 30
31 IDE_IRQ GND U/D VCC5 DDC_SDA SLCT USB1+ 31
32 NC RGB_RED2 (AI44) RESERVED VCC5 DDC_SCL GND USB1- 32
33 IDE_A1 GND GND VCC5 GND GND 33
34 DIAG_P GND VCC5 VGA_VS USB2+ 34
35 IDE_A0 CVBS/RGB_B BKLT_ON GND USB2- 35
36 IDE_A2 GND GND VGA_HS GND 36
37 IDE_CS0# SVC/RGB_R GND GND RXD+ 37
38 IDE_CS1# GND VCC12 SPDIF_OUT RXD- 38

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5.4. Connector pinouts
Pin-No. IDE Connector TV-Out/In
Connector Flatpanel (JILI) Connector VGA/Sound Connector USB/COM1/ KEYB/PS2/
Ethernet
Connector
Pin-No.
X1100 X2000 X1403 X1402 X2002 No.
Double row
header - Pitch
2mm, 2x22 con.
Molex 54132-
4597 Molex 54132- 4097 Molex 53261- 0771 Molex 54132- 5097
39 NC SVY/RGB_G VCC12 NC GND 39
40 GND GND VCC12 BCKBAT+ TXD+ 40
41 VCC5 CVBS TXD- 41
42 VCC5 GND GND 42
43 GND VCC3 LILED 43
44 NC VCC3 SPEEDLED 44
45 VCC5 ACTLED 45
46 VCC3 46
47 PWR_LED# 47
48 MRESET# 48
49 PWRBTN# 49
50 GND 50

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5.5. Connector pinouts
Pin-No. Digital Video
Input Flatpanel (JILI30)
Connector
Fan Connector Backlight
Compensation
Input
Pin-No.
X2005 X1400 X1200 X1404 No.
Double row
header - Pitch
2mm, 2x8 con.
JAE
FI-X305-HF
Molex
53047-0310
Molex
53047-0210
1 +3,3V FTX0- UFAN VTIN 1
2 YUV0 FTX0+ FANIN GND 2
3 YUV1 FTX1- GND 3
4 YUV2 FTX1+ 4
5 YUV3 FTX2- 5
6 YUV4 FTX2+ 6
7 YUV5 GND 7
8 YUV6 FTXC- 8
9 YUV7 FTXC+ 9
10 GND FTX3- 10
11 RDY FTX3+ 11
12 CLK STX0- 12
13 DQ STX0+ 13
14 RH GND 14
15 RV STX1- 15
16 STX1+ 16
17 GND 17
18 STX2- 18
19 STX2+ 19
20 STXC- 20
21 STXC+ 21
22 STX3- 22
23 STX3+ 23
24 GND 24
25 SDA 25
26 DATAENA 26
27 SCL 27
28 PANEL_VCC 28
29 PANEL_VCC 29
30 PANEL_VCC 30

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5.6. Pin descriptions
5.6.1. Connector X2004 (VGA / Sound)
BCKBAT+
3V backup cell input. BATT should be connected to a 3V backup cell for RTC operation and storage re-
gister non-volatility in the absence of system power. (typ. VBATT = 3V to 3.3V)
VGA_HS
Horizontal Sync: This output supplies the horizontal synchronization pulse to the monitor. It is normally
not needed for flat panels (TTL).
VGA_VS
Vertical Sync: This output supplies the vertical synchronization pulse to the monitor. It is normally not
needed for flat panels (TTL).
VGA_RED, VGA_GREEN, VGA_BLUE
CRT analog video outputs. Max. output voltage is 0.7Vpp.
DDC_SCL, DDC_SDA
Bidirectional open collector DDC signals with TTL level.
AUX_L
Auxiliary input left. Max. input voltage is 0.7Vpp.
AUX_R
Auxiliary input right. Max. input voltage is 0.7Vpp.
VLINE_L
Line-level stereo input left. Max. input voltage is 0.7Vpp.
VLINE_R
Line-level stereo input right. Max. input voltage is 0.7Vpp.
LINE_L
Line-level stereo output left. Max. output voltage is 0.7Vpp.
LINE_R
Line-level stereo output right. Max. output voltage is 0.7Vpp.
CD_L CD Line-level stereo input left. Max. input voltage is 0.7Vpp.
CD_RCD Line-level stereo input right. Max. input voltage is 0.7Vpp.
CD_GND
CD Line input Ground.
MIC Microphone input. Max. input voltage is 0.7Vpp.
SPDIF_OUT
Digital I/F output

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5.6.2. Connector X1403 (JILI-Flatpanel-Interface)
JILI_SCL, JILI_SDA
These two pins are functionally suitable for a JILI interface between the graphics controller chip and the
flatpanel cable. Open collector bidirectional signals (LVTTL).
FPVDD
Controls panel digital power. LVTTL output.
BKLT_ON
Backlight power control signal. LVTTL output.
FTX0..3
Differential LCD data output signals for LVDS support (First port LVDS output).
FTXC+-
Differential LCD clock pair output for LVDS support (First port LVDS output).
STX0..3
Differential LCD data output signals for LVDS support (Second port LVDS output).
STXC+-
Differential LCD clock pair output for LVDS support (Second port LVDS output).
5.6.3. Connector X1400 (JILI30-Flatpanel-Interface)
FTX0..3
Differential LCD data output signals for LVDS support (First port LVDS output).
FTXC+-
Differential LCD clock pair output for LVDS support (First port LVDS output).
STX0..3
Differential LCD data output signals for LVDS support (Second port LVDS output).
STXC+-
Differential LCD clock pair output for LVDS support (Second port LVDS output).
SCL, SDA
These two pins are functionally suitable for a JILI interface between the graphics controller chip and the
flatpanel cable. Open collector bidirectional signals ( LVTTL).
DATAENA
Data enable signal for flatpanel.
Panel_VCC
Switched Power supply for flatpanel. Caution: adjust correct voltage setting, default value R1410 = +5V

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5.6.4. Connector X2002 (USB / COM1 / KEYB / PS2 / Ethernet)
DTR1#
Active low data terminal ready output for the serial port. Handshake output signal notifies modem that
the UART is ready to establish data communication link (TTL).
RI1# Active low input for the serial port. Handshake signal which notifies the UART that the telephone ring
signal is detected by the modem (TTL).
SOUT1
Transmitter serial data output from serial port (TTL).
SIN1 Receiver serial data input (TTL).
CTS1#
Active low input for serial port. Handshake signal which notifies the UART that the modem is ready to
receive data (TTL).
RTS1#
Active low output of serial port. Handshake signal notifies the modem that the UART is ready to transmit
data (TTL).
DCD1#
Active low input for serial port. Handshake signal which notifies the UART that carrier signal is detected
by the modem (TTL).
DSR1#
Active low input for serial port. Handshake signal which notifies the UART that the modem is ready to
establish the communication link (TTL).
KBDAT
Keyboard data signal (TTL).
KBCLK
Keyboard clock signal (TTL).
MDAT
Mouse data signal (TTL).
MCLK
Mouse clock signal (TTL).
IRTX1, IRRX1
Infrared transmit and receive pin (LVTTL).
TXD-, TXD+
Analog Twisted Pair Ethernet Transmit Differential Pair. These pins transmit the serial bit stream for
transmission on the Unshielded Twisted Pair (UTP) cable. The current-driven differential driver can be
two-level (10BASE-T) or three-level (100BASE-TX) signals depending on the mode of operation. These
signals interface directly with an isolation transformer.
RXD-, RXD+
Analog Twisted Pair Ethernet Receive Differential Pair. These pins receive the serial bit stream from the
isolation transformer. The bit stream can be two-level (10BASE-T) or three-level (100BASE-TX) signals
depending on the mode of operation.
ACTLED
The Activity LED pin indicates either transmit or receive activity. When activity is present, the Activity
LED is on; when no activity is present, the Activity LED is off.

Technical Manual ePanel-C3 Version 1.04
Page 20 of 71 Pages
LILED
The Link Integrity LED pin indicates link integrity. If the link is valid in either 10 or 100 Mbps, the LED is
on; if link is invalid, the LED is off.
SPEEDLED
The Speed LED pin indicates the speed. The speed LED will be on at 100 Mbps and off at 10 Mbps.
USB0+, USB0-
Universal Serial Bus Port 0. These are the serial data pairs for USB Port 0.
USB1+, USB1-
Universal Serial Bus Port 1. These are the serial data pairs for USB Port 1.
USB2+, USB2-
Universal Serial Bus Port 2. These are the serial data pairs for USB Port 2.
OVRCUR#
Over Current Detect Input. This pin is used to monitor the USB power over current. Max. input voltage is
3.3 VDC.
USBEN
This output enables the USB ports. This pin is used to enable the USB power switch.
PWRBTN#
Power Button Input. This input is used to support the ACPI power button function. Used to power up or
down the board and to resume from suspend mode. Max. input voltage is 3.3 VDC.
PWR_LED#
The LED# pin indicates the power status of the board. The LED# pin is an open collector output and will
sink current to the connected LED if the device is active, will blink in suspend mode or will be inactive if
the device is switched off.
MRESET#
The Manual Reset Input Pin. Short to ground will reset the device. Max. input voltage is 3.3 VDC.